Airlite paint has been recognised by the United Nations as one of the world’s leading innovations.

By Patrizia Varone

Photo Credits: Airlite

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*This article is an English translation of the original Italian publication. The source article can be accessed here: https://www.corriere.it/pianeta2030/26_aprile_28/pittura-sostenibile-cattura-c-o-2-airlite-95cb3088-4314-11f1-af8e-796504268210.shtml

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The technology behind Airlite, developed by Massimo Bernardoni and brought to market by entrepreneur Antonio Cianci, transforms building surfaces into active systems capable of neutralising harmful gases, bacteria, and organic compounds, while also contributing to CO₂ reduction and lower cooling demand.

Airlite functions as an air purification system integrated directly into walls. When exposed to light, the surface generates electrons that react with water vapour and oxygen, producing negative ions—similar to those found after thunderstorms or near waterfalls. These ions convert pollutants into inert, harmless salts.

In practical terms, Airlite can eliminate over 95% of nitrogen and sulphur oxides—key pollutants produced by combustion engines—as well as volatile organic compounds (VOCs) released by paints, solvents, adhesives, and household products. It also neutralises up to 99.99% of bacteria, viruses, and mould within minutes.

Additionally, in the 30 days following application, each kilogram of paint can absorb up to 237.8 grams of CO₂. Outdoor formulations further enhance performance by reflecting the heat component of sunlight, reducing cooling energy consumption by up to 30% during summer months—without releasing harmful substances into the air.

According to Bernardoni, the technology originated from over a decade of research aimed at addressing air pollution through integrated, non-mechanical solutions. The development of Airlite has involved collaboration with leading institutions including Sapienza University of Rome, Polytechnic University of Milan, Queen’s University Belfast, Swiss Testing Labs, and Suisse Technology Partners. The technology has been rigorously tested in real-world conditions and is supported by over 25 international certifications and multiple patents.

Recognition and Market Adoption

Airlite has received significant international recognition. The United Nations has listed it among the world’s leading innovations in air purification, while KPMG has identified it as one of the most promising technologies for residential wellbeing.

The company has also achieved strong market traction. Major organisations such as Intesa Sanpaolo, IKEA, Nike, Lidl, Kensington Palace, and Historic Royal Palaces have adopted Airlite as part of their sustainability strategies.

The technology has also been embraced by the fashion industry, with Stella McCartney and Giorgio Armani incorporating it into selected applications.

Today, Airlite operates globally across Europe, the United States, Asia, and the Middle East, with strong adoption in both mature and emerging sustainability markets.

Sustainability and Climate Impact

Airlite was developed with sustainability as a core design principle. The company behind it, AM Technology, later established the holding entity The Blue Planet to support its growth and mission.

The product is manufactured using recycled materials, contains no solvents or toxic substances, and has a significantly lower carbon footprint than conventional paints. Its design directly addresses key environmental challenges, including reducing emissions, improving indoor air quality, and lowering building energy consumption.

According to the World Health Organization, air pollution remains a major cardiovascular risk factor. Airlite aims to contribute to this challenge by integrating purification directly into the built environment.

Independent testing, including studies conducted in London in collaboration with Bouygues Energies & Services, has shown that nitrogen dioxide levels in treated environments can remain below regulatory thresholds.

From a measurable impact perspective:

• Treating 10,000 m² can equate to a reduction of approximately 5 tonnes of CO₂

• Daily pollution equivalent to emissions from over 21,000 Euro 6 vehicles can be mitigated

• Cooling energy savings can range between 15% and 50%, depending on application

Over time, the technology can reduce CO₂ emissions by more than 80% compared to traditional paint systems.

Airlite aligns with multiple objectives of the United Nations 2030 Agenda, including health and wellbeing, sustainable cities, climate action, and responsible consumption.

Projects and Applications

Airlite has been deployed across a wide range of sectors, including architecture, retail, infrastructure, and public spaces.

Key projects include:

• Residential developments such as Ca’ delle Alzaie in Treviso, designed by Stefano Boeri

• Garage Italia in Milan, designed by Michele De Lucchi

• Nationwide office upgrades by Intesa Sanpaolo

• Infrastructure projects with Autogrill

• Retail installations by Conad

  
  

In the sports sector, installations include the Allianz Cloud in Milan and projects linked to the ATP Finals in Turin.

The technology is also available in a transparent format (Clear Coat), allowing application on glass and other surfaces for branding and communication while maintaining air purification functionality.

Art and Environmental Communication

Airlite has also been used in large-scale artistic projects through the “Air is Art” initiative, combining environmental impact with public engagement.

Notable works include:

• Hunting Pollution by Iena Cruz in Rome

• Urban regeneration projects in Milan by Giulio Rosk

• The world’s largest air-purifying mural in Bucharest by Irlo, covering over 6,000 m²

These projects demonstrate how art can contribute to both aesthetic enhancement and environmental improvement.